Applied AI for Safer, Smarter Industry

We bridge the gap between cutting-edge AI research and real-world industrial challenges. OCST delivers rigorous scientific solutions for complex operational environments.

What We Do

Our research focuses on critical areas where AI can drive significant industrial value, moving beyond theory to operational excellence.

Industrial AI for Manufacturing

Enhancing production efficiency through intelligent automation and real-time process control.

Smart Energy & Power Systems

Optimizing energy distribution and consumption through advanced analytics and automation.

Predictive Maintenance

Detecting anomalies early to prevent costly downtime using advanced time-series analysis.

Optimization & Simulation

Modeling complex systems and digital twins for better strategic decision making.

Why OCST for AI

We combine academic rigor with practical deployment capabilities, setting us apart from traditional labs.

Deep Industrial Expertise

Decades of combined domain knowledge in core heavy industries.

Real-World Deployments

A proven track record of successful AI integration in live environments.

Safety & Reliability

A primary focus on safety-critical systems and explainable AI.

Long-Term R&D

Commitment to sustainable, long-term innovation beyond quarterly cycles.

Spotlight Projects

Explore our latest breakthroughs and how they are reshaping industrial landscapes.

View all projects
Case Study

Vision-Based Steel Coil Inspection

Deployed deep learning–based computer vision on hot and cold rolling lines to detect surface defects on steel coils in real time, integrated with existing PLC control systems.

Pilot Project

Adaptive Production Line Optimization

Built a real-time analytics and optimization layer for a multi-stage manufacturing line, continuously tuning process parameters based on live quality and throughput metrics.

Research Paper

Self-Healing Smart Grid Control

Developed reinforcement learning agents that dynamically reroute power flows in distribution networks to isolate faults and maintain service during local failures.